Bioelectronics Medicine: The Future is Certainly Bright

Since the ancient days, health complications have been a major concern for humans. We have witnessed many deaths and disabilities due to lack of proper treatment.

Over time however, we have witnessed numerous improvements in the field of medicine with scientists researching and introducing more comprehensive approaches, techniques, and methods. The goal has always been to find the best treatments for various ailments, alleviate the symptoms, improve the patients’ life quality, and extend their lifespan.

One of the best new approaches currently being used to treat and diagnose disease and injury is Bioelectronics medicine.

What is Bioelectronics?

Bioelectronics is basically the application of the principles of electronics to biology and medicine.

In medicine, bioelectronics is used to treat and diagnose certain diseases and injuries.

This approach uses highly advanced device technology (nerve stimulating or nerve blocking devices) to read and modulate electrical activity within the patient’s nervous system, providing doctors with a great opportunity for real-time diagnostics and offering numerous treatment options.

These high-tech devices are either implanted on a nerve or patched on the skin. These devices are designed to modulate certain nerve activity, cause a change in organ function, restore and improve the health of a patient without causing the side effects of conventional medicine.

Bioelectronics Applications in Medicine

Having shown promising results in clinical trials, bioelectronics technology is now being extensively applied in medicine.

Some of the most interesting applications of bioelectronics in medicine include;

• Artificial Limbs: If you’ve ever watched a movie where some characters are fitted with artificial limbs, then at least you have an idea of what this technology really looks like. The Bioelectronics technology has now made it possible for people who have lost their limbs due to accidents or medical conditions to resume their normal function by fitting them with artificial limbs.
• Pacemakers: People with heart complications can now benefit from pacemakers which use bioelectronics technology to regulate their heartbeats.
• Biosensors: Thanks to this incredible technology, doctors are now able to monitor body temperature and measure stress and strain in certain parts of the body of a patient through sensors attached to the body. This of course helps them to make accurate diagnosis fast.
• Blood Glucose Meter: Thanks to bioelectronics technology, diabetes patients who need to keep the blood glucose level in check can now do so by use of blood glucose meters, right at the comfort of their homes.

The Future of Bioelectronics Medicine

The future certainly looks bright for bioelectronics medicine. More research to verify the credibility of this technology is still underway. However, the fact that it has shown remarkable results in just a short span of time is just incredible;

We can only hope that this technology will be used extensively to benefit more people in the near future.